def test_decide_interventions(non_4g_system, basic_system, mixed_system,
setup_simulation_parameters):
actual_result = decide_interventions('minimal', 250000, 0, mixed_system,
2020, setup_simulation_parameters)
assert actual_result == ([], 250000, [])
actual_result = decide_interventions('upgrade_to_lte', 142446, 2,
non_4g_system, 2020,
setup_simulation_parameters)
assert len(actual_result[0]) == 2
assert actual_result[1] == 0
actual_result = decide_interventions('upgrade_to_lte', 142446, 2,
mixed_system, 2020,
setup_simulation_parameters)
assert actual_result == ([], 142446, [])
# #50917 * 4 = 203668
actual_result = decide_interventions('macrocell', 109000, 1000,
mixed_system, 2020,
setup_simulation_parameters)
assert len(actual_result[0]) == 4
assert actual_result[1] == 0
actual_result = decide_interventions('macrocell', 203668, 0, mixed_system,
2020, setup_simulation_parameters)
assert len(actual_result[0]) == 0
assert actual_result[1] == 203668
# actual_result = decide_interventions(
# 'macrocell_700', 50917, 10,
# mixed_system, 2020, setup_simulation_parameters
# )
# assert len(actual_result[0]) == 1
# assert actual_result[1] == 0
# #50917 * 2 = 101,834
# #40220 * 3 = £120,660
actual_result = decide_interventions('small-cell-and-spectrum', 109000,
1000, mixed_system, 2020,
setup_simulation_parameters)
assert len(actual_result[0]) == 4
assert actual_result[1] == 0
pcd_sector["user_throughput"] = (
user_throughput_by_scenario_year[throughput_scenario][year])
budget = simulation_parameters['annual_budget']
service_obligation_capacity = simulation_parameters[
'service_obligation_capacity']
if year == BASE_YEAR:
# Run initial simulation
system = NetworkManager(lads, pcd_sectors, assets,
capacity_lookup_table, clutter_lookup,
simulation_parameters)
# Decide what to build this year
interventions_built, budget, spend = decide_interventions(
intervention_strategy, budget, service_obligation_capacity, system,
year, simulation_parameters)
# Add new assets to existing system assets
assets += interventions_built
# Run simulation with built assets
system = NetworkManager(lads, pcd_sectors, assets,
capacity_lookup_table, clutter_lookup,
simulation_parameters)
# Report on assets built
print(' ')
print('Built {} new assets in {}:'.format(len(interventions_built),
year))
def test_decide_interventions(non_4g_system, basic_system, mixed_system,
empty_system, high_demand_system,
setup_simulation_parameters,
setup_simulation_parameters2):
actual_result = decide_interventions('minimal', 250000, 0, mixed_system,
2020, setup_simulation_parameters)
assert actual_result == ([], 250000, [])
actual_result = decide_interventions('upgrade_to_lte', 142446, 2,
non_4g_system, 2020,
setup_simulation_parameters)
assert len(actual_result[0]) == 2
assert actual_result[1] == 0
actual_result = decide_interventions('upgrade_to_lte', 142446, 2,
mixed_system, 2020,
setup_simulation_parameters)
assert actual_result == ([], 142446, [])
# #50917 * 4 = 203668
actual_result = decide_interventions('macrocell', 109000, 1000,
mixed_system, 2020,
setup_simulation_parameters)
assert len(actual_result[0]) == 4
assert actual_result[1] == 0
actual_result = decide_interventions('macrocell', 203668, 0, mixed_system,
2020, setup_simulation_parameters)
assert len(actual_result[0]) == 0
assert actual_result[1] == 203668
# #50917 * 2 = 101,834
# #40220 * 3 = £120,660
actual_result = decide_interventions('small-cell-and-spectrum', 109000,
1000, mixed_system, 2020,
setup_simulation_parameters)
assert len(actual_result[0]) == 4
assert actual_result[1] == 0
#test empty_system
actual_result = decide_interventions('small-cell-and-spectrum', 1e7, 0,
empty_system, 2020,
setup_simulation_parameters2)
macros_to_lte = len([a for a in actual_result[0] if a['type'] == 'macrocell_site' \
and a['technology'] == 'LTE'])
assert macros_to_lte == 4
#test high_demand_system
actual_result = decide_interventions('small-cell-and-spectrum', 1e7, 0,
high_demand_system, 2020,
setup_simulation_parameters2)
macros_to_5g = len([a for a in actual_result[0] if a['type'] == 'macrocell_site' \
and a['technology'] == '5G'])
assert macros_to_5g == 6
#test small cell build
actual_result = decide_interventions('small-cell-and-spectrum', 1e6, 0,
high_demand_system, 2020,
setup_simulation_parameters2)
small_cells = len(
[a for a in actual_result[0] if a['type'] == 'small_cell'])
assert small_cells == 2